ESPE Abstracts

Entry: Rickets is a generalized metabolic bone disease manifested by the abnormal increase in osteoid tissue, defective mineralization and deformation of the epiphyseal plate, which occurs as a result of vitamin D and mineral deficiency before epiphysial fusion occurs in adolescence. Although rickets is mostly seen due to vitamin D deficiency, it can rarely be seen in vitamin D metabolism disorders and diseases that cause phosphorus loss. Clinical findings suc...

Introduction:Blood transfusion and iron chelation are conventional treatments for β-thalassemia (BTM). Malnutrition negatively affects their growth, efficacy of treatments, and quality of life.Objective: To evaluate the nutritional status and linear growth in 10 countries in the past 20 years.Methods: We performed an electronic search in PubMed, Google Scholar, and Web of Scie...

Background: Early growth trajectories are associated with childhood BMI and fat distribution as well as adulthood type 2 diabetes. Mechanisms by which early growth determines later adiposity remain unclear, but the effect may be mediated through adipocytokines.Objective and hypotheses: We describe the association between infant growth, adolescent fat distribution and serum adipocytokines. We hypothesize that poor or rapid early growth is associated with ...

Background: Children born small-for-gestational-age (SGA) especially when they experience rapid catch-up growth have an increased risk for obesity and metabolic disturbances later in life.Aims and objectives: Little is known about the effect of catch-down (c-d) growth and its effect on metabolic parameters in children born large-for-gestational-age (LGA).Patients and methods: 101 pre-pubertal children with a birth-weight and/or len...

Background: Accelerated catch-up growth following intrauterine growth restriction increases the risk of developing visceral adiposity and metabolic syndrome. Animal models of growth restriction during gestation have been developed as a powerful tool to provide insight into the underlying molecular mechanisms thereof.Objective: To analyze the patterns of gene expression in the retroperitoneal adipose tissue of rats with i...

Introduction: Growth Hormone Deficiency (GHD) represents the most common hormone deficiency during childhood accounting for 3% of causes of short stature. Although growth hormone (GH) replacement therapy is available, several studies have shown a different response in terms of height. Therefore, some reports have tried to characterize predictive factors able to define growth gain during treatment.Objective: Therefore, th...

Introduction: Pubertal suppression with gonadotrophin releasing hormone (GnRH) analogue is introduced after the onset of puberty in adolescents with gender dysphoria (GD). As puberty is a critical period for bone accrual and changes in body composition, alterations in body composition and bone mass may be observed during treatment.Methods: Thirty-eight adolescents (32/38 assigned females at birth) with GD had dual energy...

Background: Growth response in growth hormone deficient children during growth hormone (GH) replacement therapy rarely fulfil our projections and patient’s expectations. We here report 3 cases with outstanding growth response.Case reports: First patient was diagnosed as gluten enteropathy in early childhood, but the diet did not improve his growth. At age of 7 years the diagnosis of isolated growth hormone deficiency (GHD) was established and GH sub...

Background: Cyclic treatment with bisphosphonates (BP) is now considered a ‘standard care’ for children with osteogenesis imperfecta (OI). Vitamin D is a necessary nutrient for bone health for all children but especially for those with OI. In the literature few studies have considered the relationship between bone mineral density, vitamin D and pubertal stage in children treated with BP for OI.Objective and hypotheses: The purpose of this study...

Background: GRB10 negatively regulates IGF1 signalling, influences growth and promoter polymorphisms are associated with GH response1. GRB10 knockout-mouse models display foetal overgrowth2, however, the mouse model has only partial similarity to human growth3. There is evidence that the zebrafish is an appropriate model to study growth4 and has the advantage of being easily genetically manipulated.<p class="abs...